GITNUXSOFTWARE REVIEW
Technology Digital MediaTop 10 Best Data Recovery Software of 2026
Top data recovery software roundup comparing Ontrack EasyRecovery, DMDE, and Stellar options for users weighing file recovery tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Ontrack EasyRecovery is the best pick for technicians who need guided recovery across varied media because its integrated photo and video repair goes beyond basic deleted-file recovery, while DMDE is the better fit for specialists who want low-level control thanks to RAID Constructor that assembles custom virtual arrays before file recovery.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Ontrack EasyRecovery
Integrated photo and video repair extends Ontrack EasyRecovery beyond standard deleted-file recovery.
Best for: Fits when technicians need guided recovery across mixed storage media and occasional RAID incidents.
DMDE
Editor pickRAID Constructor assembles custom virtual arrays from member disks, offsets, stripe sizes, and parity settings before file recovery.
Best for: Fits when technicians need low-level control over damaged partitions and selective file recovery.
Stellar Data Recovery
Editor pickDisk image based recovery flow that keeps the original media untouched during multiple scan attempts.
Best for: Fits when incidents need guided recovery with image-based workflow and manual verification of carved results.
Comparison Table
Ontrack EasyRecovery
enterpriseProfessional tier recovery with diagnostic tools and drive imaging.
Integrated photo and video repair extends Ontrack EasyRecovery beyond standard deleted-file recovery.
Ontrack EasyRecovery combines quick scans with deep scans for damaged volumes and missing partitions. The software can preview recoverable files before export and supports recovery from NTFS, FAT32, exFAT, APFS, and HFS+ media.
The main tradeoff is edition-dependent access to advanced capabilities such as RAID recovery and file repair. It fits incidents where a workstation user needs guided recovery from a failed external drive without sending the media to a laboratory.
- +Supports hard drives, SSDs, USB media, memory cards, and optical discs
- +Previews recoverable files before saving them
- +Includes corrupted photo and video repair in supported editions
- +Offers RAID recovery for technician-focused deployments
- –Advanced recovery features depend on the selected edition
- –Deep scans can take considerable time on large or damaged drives
- –Mac and Windows capabilities are not identical
- –File repair coverage centers on selected photo and video formats
Small business IT technicians
Recovering files from failed external drives
Restored operational documents
Photography professionals
Repairing damaged camera-card media
Recovered usable images
Show 1 more scenario
Storage administrators
Recovering files from RAID failures
Recovered array data
Technician-focused editions provide RAID recovery workflows for reconstructing accessible data from damaged arrays.
Best for: Fits when technicians need guided recovery across mixed storage media and occasional RAID incidents.
DMDE
vertical specialistLow-level disk editor and recovery tool with partition and RAID support.
RAID Constructor assembles custom virtual arrays from member disks, offsets, stripe sizes, and parity settings before file recovery.
DMDE reads filesystem structures from Windows, macOS, and Linux storage, then presents discovered volumes and directories for selective recovery. Partition table reconstruction tools let technicians test alternate layouts without immediately modifying the source device. The disk editor and hex viewer support byte-level inspection when directory metadata is incomplete.
RAID Constructor assembles virtual arrays from member devices, offsets, stripe parameters, and parity settings before recovery begins. That flexibility suits technicians handling failed NAS storage, but accurate member order and geometry remain necessary. DMDE provides fewer guided prompts and less polished preview navigation than consumer-focused recovery applications.
- +Custom RAID Constructor supports nonstandard member offsets and stripe layouts.
- +Disk editor enables direct inspection of sectors and filesystem metadata.
- +Runs on Windows, Linux, macOS, and DOS.
- +Selective recovery copies chosen files without restoring an entire volume.
- –The technical interface exposes destructive-looking controls to inexperienced operators.
- –Preview and folder navigation require more manual work than guided recovery applications.
- –No centralized case queue or multi-user administration is included.
- –Array assembly depends on correct geometry and member-order input.
Forensic technicians
Recovering deleted files from damaged partitions
Targeted evidence extraction
Storage administrators
Rebuilding a failed NAS array
Recoverable array presentation
Show 1 more scenario
Data recovery labs
Inspecting ambiguous filesystem metadata
Lower-level diagnostic control
The disk editor and hex viewer expose sector contents for manual analysis when standard directory records do not load.
Best for: Fits when technicians need low-level control over damaged partitions and selective file recovery.
Stellar Data Recovery
enterpriseEnterprise-grade data recovery for files, partitions, and corrupted volumes.
Disk image based recovery flow that keeps the original media untouched during multiple scan attempts.
Stellar Data Recovery targets file restoration from damaged drives with workflows for quick and deep scanning. The tool focuses on recovering deleted files and rebuilding data from raw regions when file systems cannot be trusted.
It includes byte-level imaging support so recovery can run from a disk image instead of the original media. Stellar Data Recovery also provides disk and partition structure inspection tools that help with partition table reconstruction during logical recovery attempts.
- +Quick and deep scan modes support both fast triage and thorough recovery runs
- +Disk imaging workflow enables recovery from a cloned source drive
- +Raw file signature scanning helps recover files when file system metadata is unreliable
- +Partition and boot-structure aware recovery paths support non-ideal drive states
- –Automation and API surface are minimal for managed recovery pipelines
- –Recovery results depend heavily on drive condition and scan depth choices
- –Logical volume scans can be slower on large disks during deep scans
- –Advanced carving outputs require manual review to confirm correct file matches
Best for: Fits when incidents need guided recovery with image-based workflow and manual verification of carved results.
Disk Drill
SMBCross-platform recovery with recovery vault and byte-level scanning.
Disk image mounting workflow that lets recovery run against a cloned or captured device state.
Disk Drill scans storage devices for lost files using quick and deep recovery passes. It builds file recovery from file signature scanning and supports raw recovery workflows when file system structures no longer mount.
- +Quick scan finds recoverable files faster on recently deleted content
- +Deep scan improves odds when file systems show major corruption
- +Disk image mounting workflow supports repeated attempts without further probing
- +File signature scanning helps recover known formats from unallocated space
- –Limited automation and no API surface for fleet recovery workflows
- –Recovery quality varies by media health when bad sectors increase
Best for: Fits when a small team needs guided recovery with disk imaging and repeated re-scans.
Wondershare Recoverit
SMBFile and video recovery with bootable media creation for unbootable systems.
Disk image mounting and recovery workflow reduces repeated reads from unstable storage during analysis.
Wondershare Recoverit targets file-level recovery for Windows and macOS when deletes, formatting, or drive corruption leave data inaccessible. Its workflow separates quick scan from deep scan and includes file preview during recovery so users can validate results before writing anything back.
- +Quick scan plus deep scan workflow speeds triage on damaged drives
- +File preview helps confirm filenames and thumbnails before final recovery
- +Disk image-based recovery supports safer analysis of suspect media
- +Supports multiple file system types including NTFS, FAT32, and exFAT
- –Limited RAID array reconstruction support compared with forensic imaging suites
- –No built-in API or automation hooks for admin-managed recovery at scale
- –Deep scan throughput drops sharply on large drives with heavy fragmentation
- –Advanced sector-level viewing and journal parsing depth is limited
Best for: Fits when individuals or small IT teams need guided file recovery with preview and disk imaging safety.
GetDataBack
vertical specialistNTFS and FAT file system recovery focused on structural damage repair.
Partition discovery plus file-structure reconstruction prioritizes restoring directory paths, not only carving raw files.
GetDataBack focuses on partition-aware file recovery with byte-level scanning to rebuild lost directory structures after deletions or drive formatting. Its recovery workflow centers on logical volume discovery, signature-based file carving, and presenting results in a file-browser view that can be restored in place only by copying recovered data to another drive.
- +Partition and file-structure reconstruction aims to restore original paths and names
- +File browser results make selective recovery faster than raw sector exports
- +Disk imaging workflow supports cloning first for fragile media handling
- +Deep scanning behavior improves odds on heavily damaged or reformatted volumes
- –Less automation than enterprise recovery suites for repeated fleet restores
- –Recovery accuracy depends on identifiable file system metadata still being present
- –Manual selection of the correct partition can be required on ambiguous disks
- –No first-class API surface for integrating recovery runs into custom pipelines
Best for: Fits when workstation-scale recovery is needed with partition-focused results and careful media cloning.
SpinRite
vertical specialistMagnetic surface scanner and repair tool for HDD and SSD maintenance.
Byte-level sector re-reading with adjustable scan depth to recover data from marginal or failing drives.
SpinRite is a sector-focused disk recovery utility that aims to salvage data by repeatedly reading drives and compensating for marginal sectors. It runs on a low-level, byte-oriented workflow rather than file-system tools that rely on intact metadata.
- +Sector-level retry approach targets drives with intermittent read failures
- +Disk imaging-friendly workflow supports extraction when file systems are damaged
- +Configurable scan intensity helps tune effort versus drive stability
- +Stand-alone execution avoids dependency on booting into the original OS
- –No built-in guided recovery workflow for structured file rebuilding
- –Limited automation and API surface compared with modern recovery suites
- –Deep scanning can take long on large or already-degraded drives
- –Does not provide comprehensive filesystem journal parsing across formats
Best for: Fits when direct sector reads are the main path and file-level tools fail.
Active@ File Recovery
vertical specialistWindows-based recovery with bootable disk and RAID assembly support.
Hex viewer plus file signature validation enables quick acceptance or rejection of recovered files.
Active@ File Recovery performs deleted file recovery by scanning a selected drive and rebuilding file listings from file system metadata and file signatures. The tool supports byte-level disk imaging workflows so recovery can run from an image instead of directly reading the source.
- +Disk image based recovery reduces risk of further source damage
- +Hex viewer lets users verify file signatures and content integrity
- +File signature scanning helps recover files when metadata is missing
- +Works across common file systems used on desktops and servers
- –Recovery results vary sharply with how intact the volume metadata remains
- –Deep scans can take long on large drives with heavy fragmentation
- –Advanced workflows need careful selection of partitions and target folders
- –Less suitable for fully automated unattended recovery pipelines
Best for: Fits when incident responders need validated deleted-file recovery with image-based workflows.
TestDisk
open-sourceOpen-source partition recovery and disk repair utility running from command line.
TestDisk’s Analyse menu tests candidate partition structures and previews files before any write operation.
TestDisk scans attached disks for missing partitions and presents detected structures through its Analyse and Advanced menus. It can inspect partition contents, copy selected files to another volume, and record session activity in a log. Support covers common partition layouts and filesystems across Windows, Linux, macOS, and DOS environments.
- +Recovers deleted partitions without immediately modifying disk structures
- +Lists files from damaged volumes before copying them elsewhere
- +Runs from Windows, Linux, macOS, and DOS environments
- +Creates session logs for technician review and recovery records
- –Text menus provide limited guidance for users unfamiliar with disk layouts
- –No documented API or centralized job management exists
- –Recovery output must be written to separate storage
- –Incorrect repair choices can worsen damaged disk structures
IT support technicians
Failed boot disk repair
Recovered user files
Forensic examiners
Offline disk triage
Safer preliminary triage
Show 1 more scenario
Linux administrators
Damaged external drive recovery
Files copied elsewhere
The terminal interface runs from rescue environments and supports copying files from recognized volumes.
Best for: Fits when technicians need low-level disk recovery from an offline workstation.
UFS Explorer
vertical specialistMulti-file-system recovery supporting NAS, RAID, and exotic formats.
Disk image mounting with a linked hex viewer for byte-level validation during recovery decisions.
UFS Explorer focuses on byte-level disk imaging workflows for data recovery, including sector-by-sector cloning and offline analysis. The software parses multiple file systems and supports deep scanning to recover deleted content by combining metadata extraction and file signature scanning.
- +Byte-level imaging and offline analysis reduce risk to the source drive
- +Deep scan plus file signature scanning improves odds on damaged or partially deleted data
- +Disk image mounting supports safe validation before export
- +Hex viewer aids verification of recovered bytes and structures
- –Recovering RAID and complex media can require careful disk topology matching
- –Deep scan throughput can be slow on large drives and heavily fragmented media
- –Partition table reconstruction may need manual review when metadata is inconsistent
- –Workflow setup for custom scans needs more attention than typical wizards
Best for: Fits when recovery work needs offline disk imaging, deep scan validation, and exportable evidence.
Conclusion
After evaluating 10 data recovery software, Ontrack EasyRecovery stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Data Recovery Software
Data recovery software covers file reconstruction from damaged or deleted storage by combining preview-driven workflows, disk image mounting, and partition structure analysis in tools such as DMDE, Ontrack EasyRecovery, TestDisk, Stellar Data Recovery, and Disk Drill.
This guide also includes GetDataBack, UFS Explorer, Active@ File Recovery, Wondershare Recoverit, and SpinRite to show how different engines handle directory restoration, RAID reconstruction, and byte-level validation against a source drive. The selection focuses on operational control, with contrasts between DMDE’s RAID Constructor and TestDisk’s Analyse menu behavior before any write action.
Data Recovery Software for partition repair, deleted file recovery, and disk imaging workflows
Data recovery software uses scan modes and recovery pipelines to locate recoverable content on failing drives, reformatted volumes, or logically deleted files through read-only recovery paths and export-oriented results.
Tools such as DMDE combine disk editor capabilities with a RAID Constructor workflow that assembles custom virtual arrays from member disks, offsets, stripe sizes, and parity settings before file recovery. TestDisk centers on partition structure testing in its Analyse menu to evaluate candidate layouts and preview files before any write operation. Across the remaining tools, disk image mounting and evidence-friendly offline analysis appear as the primary mechanisms for reducing further reads from unstable media while maintaining controlled recovery decisions.
Recovery controls that change outcomes: imaging, structure handling, and repair choices
The fastest way to lose evidence or expand damage is to read the source volume repeatedly during analysis. Tools built around disk image mounting, hex validation, and preview-first pipelines reduce unsafe reads while keeping recovery decisions inspectable.
Disk image mounting to keep analysis off the source
Stellar Data Recovery uses a disk image based recovery flow so multiple scan attempts run without touching the original media. Disk Drill and Wondershare Recoverit also run recovery against a cloned or captured device state to reduce repeated reads during analysis.
RAID and multi-disk reconstruction controls
DMDE’s RAID Constructor assembles custom virtual arrays from member disks, offsets, stripe sizes, and parity settings before file recovery. Ontrack EasyRecovery supports guided recovery across mixed storage media and can handle occasional RAID incidents, while TestDisk focuses on partition structure testing rather than complex array assembly.
Partition structure testing before any write action
TestDisk’s Analyse menu tests candidate partition structures and previews files before any write operation. DMDE also exposes disk editor controls for inspection of sectors and filesystem metadata, which supports targeted decisions but requires careful operator handling.
Byte-level validation for recovered content
UFS Explorer links disk image mounting with a hex viewer so recovery decisions can be validated at byte level. Active@ File Recovery combines a hex viewer with file signature validation so recovered files can be accepted or rejected by inspecting signatures.
File structure restoration versus raw carving
GetDataBack prioritizes restoring directory paths and names through partition discovery and file-structure reconstruction rather than exporting raw sector content. DMDE provides selective recovery with both disk editor inspection and RAID Constructor assembly, which can favor structured restores when metadata is still usable.
Scan depth workflow for triage versus deep recovery
Ontrack EasyRecovery provides quick previews and then deep recovery runs that can take considerable time on large or damaged drives. Stellar Data Recovery and Disk Drill both offer quick scan and deep scan modes that target fast triage and improved odds when file systems show major corruption.
How to choose recovery software by recovery workflow and control depth
The first decision is whether recovery must be driven by partition structure and guided previews or by low-level disk inspection and reconstruction. The second decision is whether the job needs multi-disk or array-level assembly, which determines whether RAID Constructor-grade controls are necessary.
Start with a source-safety workflow that matches the storage condition
If the storage is unstable and repeated reads would be risky, select tools with disk image mounting workflows such as Stellar Data Recovery or Disk Drill. If the workflow must include direct byte-level validation to reduce acceptance of false positives, choose UFS Explorer or Active@ File Recovery.
Choose structured partition-first recovery or sector-first inspection
If the goal is to test candidate partition structures and preview results before any write, select TestDisk and use its Analyse menu behavior. If the goal is to inspect sectors and filesystem metadata directly for custom reconstruction decisions, choose DMDE and rely on its disk editor for inspection.
Pick a tool philosophy for RAID reconstruction complexity
If recovery requires building custom virtual arrays with offsets, stripe sizes, and parity settings, choose DMDE’s RAID Constructor. If the scenario involves occasional RAID incidents inside a guided recovery flow, select Ontrack EasyRecovery and stay within its guided recovery scope.
Match the recovery target to how much filesystem metadata remains
If directory paths and file structure are a priority and the filesystem metadata is expected to be partially intact, choose GetDataBack for partition-focused restoration of original paths. If the filesystem metadata is likely missing and decisions must rely on validated recovered content, prioritize UFS Explorer or Active@ File Recovery with byte-level or signature validation.
Plan scan depth for time versus odds on damaged media
If the job needs fast triage first and then a longer deep scan on demand, use Ontrack EasyRecovery or Stellar Data Recovery with their quick and deep scan modes. If repeated re-scans are part of a small-team workflow, choose Disk Drill to support disk image mounting for iterative scan runs.
Avoid mismatch between automation needs and tool control model
If managed recovery at scale requires an automation surface, DMDE’s interface exposes technical controls rather than centralized job management, and TestDisk has no documented API or centralized job management. If the workflow is primarily manual and operator-driven with previews and exports, choose DMDE or TestDisk for hands-on reconstruction and inspection.
Who benefits from each recovery workflow
Different recovery environments change what “good” means, because operator control, validation depth, and multi-disk reconstruction determine success. The segments below map tools to the types of incidents and operators that fit their strengths.
Forensic-minded technicians doing custom partition or RAID reconstruction
DMDE supports RAID Constructor assembly from member disks with offsets, stripe sizes, and parity settings, which fits technician-driven reconstruction work. DMDE also provides disk editor inspection of sectors and filesystem metadata for targeted validation before export.
Repair labs that want guided recovery across mixed storage media
Ontrack EasyRecovery supports hard drives, SSDs, USB media, memory cards, and optical discs with guided previews before saving. Its integrated photo and video repair extends recovery beyond deleted-file restoration when media holds common media file formats.
Offline recovery workstations focused on partition layout diagnosis
TestDisk’s Analyse menu tests candidate partition structures and previews files before any write action, which fits an offline workstation workflow. Its partition-first approach helps when damaged volumes still allow partition structure testing without immediate modification.
Small teams running iterative recoveries from clones and needing repeatable analysis
Disk Drill’s disk image mounting workflow lets recovery run against a cloned or captured device state for repeated re-scans. Stellar Data Recovery also keeps the original media untouched during multiple scan attempts using an image-based flow.
Incident responders who need content validation before trusting recovered files
UFS Explorer connects offline disk image mounting with a linked hex viewer for byte-level validation during recovery decisions. Active@ File Recovery adds hex viewer checks with file signature validation to support quick acceptance or rejection of recovered files.
Common buyer mistakes that lead to failed recovery sessions
Most recovery failures come from workflow mismatch rather than missing features. The wrong tool choice can also increase unsafe reads when imaging and validation are not aligned to the incident.
Choosing a guided file recovery tool for cases that require custom array assembly
DMDE’s RAID Constructor supports custom virtual arrays from member disks with offsets, stripe sizes, and parity settings, which is not the same capability as guided flows. For complex RAID reconstruction, pick DMDE rather than relying on a tool that emphasizes previews for single-volume recovery.
Skipping offline validation when the storage is unstable or metadata is heavily corrupted
UFS Explorer reduces risk by running byte-level validation on disk images rather than repeatedly reading the source. Active@ File Recovery also uses hex viewer plus file signature validation, which helps reject false positives when volume metadata is inconsistent.
Assuming deep scan results are always better without managing scan time and drive condition
Ontrack EasyRecovery deep scans can take considerable time on large or damaged drives, so triage-first behavior matters. Stellar Data Recovery and Disk Drill both separate quick scan and deep scan modes, and the operator should choose the scan depth based on drive condition.
Using partition-first expectations when the recovery target is primarily raw carving or when metadata is missing
GetDataBack aims to restore directory paths through file-structure reconstruction, so it depends on identifiable file system metadata still being present. When metadata is unlikely to survive, prefer tools that focus on validation and image-based inspection like UFS Explorer or Active@ File Recovery.
How We Selected and Ranked These Tools
We evaluated DMDE, Ontrack EasyRecovery, TestDisk, Stellar Data Recovery, Disk Drill, Wondershare Recoverit, GetDataBack, UFS Explorer, Active@ File Recovery, and SpinRite by recovery controls that affect unsafe reads, including disk image mounting workflows and validation layers. Features carried 40% weight because RAID Constructor assembly depth, Analyse menu behavior before write actions, and hex viewer or signature validation change recovery reliability.
Ease and value each carried 30% weight by measuring operator navigation workload, preview-to-export friction, and how much manual work is required when drive condition is poor. DMDE set the ranking apart by combining RAID Constructor virtual array assembly with disk editor sector and filesystem metadata inspection before export decisions.
Frequently Asked Questions About Data Recovery Software
Which tool handles RAID member reconstruction with explicit parity and stripe configuration?
When does file signature scanning outperform a file-system-first workflow?
How should engineers verify carved results without writing changes to the source drive?
What breaks if recovery is run directly on failing storage instead of through a disk image workflow?
Where does partition table reconstruction fall short in tools that focus on file listing only?
How do tools differ when damaged volumes require logical volume discovery and directory path reconstruction?
Which software supports sector-level cloning and offline analysis for forensic workflows?
What security and access controls are available for shared admin environments when multiple operators recover data?
When should a hex viewer be required instead of relying on preview panes?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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